CPP SIM Samples

This demo contains a set of samples addressing the specific needs.

This set of samples demonstrates how to create ropes using an arbitrary set of points and joints between them. This approach can be used to create any kind of rope or even a net consisting of a number of ropes, a wire, or a primitive cloth.

You can use the sample ropes as a basis for your specific task by configuring their parameters as required.

Indices for segments are generated randomly to avoid a linear accumulation of error in joints.

Crane#

Wires#

The SpiderVision set of samples demonstrates the possibilities of configuring the multi-monitor SpiderVision setup parameters via code.

The SpiderVision plugin provides the setup (opens on F10) as well as the possibility to configure parameters using API. The available set of samples contains the scene and a multi-monitor setup allowing you to quickly explore the plugin features.

The scenes also contain a vehicle that uses the High-Level Car Physics System. The vehicle controls are described in the Vehicle sample, please check it for more details.

Three Monitors sample demonstrates a three-monitor configuration with the possibility to configure distance and angle between the neighboring monitors via the application UI.

The sample shows how to use the API to control the parameters via code. The same parameters are accessible via the SpiderVision setup window (F10).

Two Monitors sample demonstrates a two-monitor configuration with the possibility to configure distance and angle between the neighboring monitors via the application UI.

The sample shows how to use the API to control the parameters via code. The same parameters are accessible via the SpiderVision setup window (F10).

Visual Effects sample visualizes the tools used for the image fine-tuning, such as warping, blending, color correction, and masking.

The sample shows how to use the API to control the parameters via code. The same parameters are accessible via the Projection Setup of the SpiderVision setup window (F10).

Wall shows how to create a Wall configuration and provides an access to the settings that affect the image rendering, making the line between monitors invisible. Toggling on and off the settings available gives a more clear understanding of how various rendering settings affect the whole image.

Window Custom Player demonstrates how to make a specific player render to a selected viewport using the SpiderVisionCameraAttach component.

SSL Socket sample illustrates the implementation of message exchange with a server through an SSL connection.

It contains two windows: one representing the server, and the other one — the client.

To exchange messages, you need to run the server first (click the Run button in the Server window), then connect the client (use the Connect button in the Client window). Then you can type messages in the message areas and click Send.

Vehicle sample showcases a new High-Level Car Physics System. To learn more on using the system to create your own wheeled vehicle simulation please refer to this article.

Features:

• Setting engine's power and resistance curves, as well as idle speed (RPM).
• Gearbox simulation (manual and automatic) enabling you to adjust throttle and speed values for shifting gears along with transition time, as well as to set the number of gears and configure gear ratios.
• Mathematical wheel model for more realistic steering, enabling simulation of forces affecting the rotating wheel, along with an ability to adjust suspension travel distance, spring, and damping values.
• Easy setup of steering and driving axes along with capability to turn the differential lock on and off.
• Switching between different views (driver's view, external camera, etc.).
• Simulation of various surface conditions (such as dry, wet, snow-covered, or icy road, mud, and so on).
• A set of debug windows displaying information on all vehicle parameters in real time.

Fine-Tuning the Wheel Joystick:

If you use a wheel device, you might need to readjust the demo settings to control the vehicle properly.

1. Run the demo and press F3 to visualize the axes.
2. Check the controls status — which axis each control corresponds to.
3. If the controls mismatch, open the demo project in UnigineEditor to reconfigure them. Find the joystick_input node, it has the car_joystick_input property assigned. Adjust the Joystick Axis parameter where required.